Classic D.G SS Natural Form Lower.016x.016 - PK/5

- Super elastic NiTi is provided in its austenitic phase at all times. The super rebound and memory characteristics ensure desired results without the need for adjustment or modification. - Super elastic NiTi allows for a high degree of deflection without causing deformation of the original arch form characteristics. - Efficiency of performance ensures achievement of objectives without need for multiple staging of arch wires as with stainless steel alternatives - Three Lines for upper, one line for lower, arch wires are midline-etched for permanent identification

- Super elastic NiTi is provided in its austenitic phase at all times. The super rebound and memory characteristics ensure desired results without the need for adjustment or modification. - Super elastic NiTi allows for a high degree of deflection without causing deformation of the original arch form characteristics. - Efficiency of performance ensures achievement of objectives without need for multiple staging of arch wires as with stainless steel alternatives - Three Lines for upper, one line for lower, arch wires are midline-etched for permanent identification

- A true super elastic wire with thermo elastic shape memory. - Generates more consistent tooth movement as the wire is active longer in the optimal force range. - Offered in multiple transformation temperatures to provide the right wire for your unique case. - The higher the temperature transition (TTR), the lower the relative forces delivered by the wire. - The lighter forces exhibited by the copper nickel titanium and its high flexibility, allow these wires to be engaged in cases with moderate to severe tooth to tooth misalignment. - Longer clinical activation promotes reduced chair time and greater durations between wire changes. - Independent testing has shown that the copper nickel titanium wire demonstrates maximum unraveling of crowding over a period of time, when compared to nickel titanium and stainless steel. - The addition of copper has been known to increase corrosive resistance and control the hysteresis width - Use 35°C Copper when Medium force levels are needed